Sentence examples for many elastomeric polymers from inspiring English sources

Among the many elastomeric polymers, poly(glycerol sebacate) (PGS) is a tough, synthetic biodegradable cross-linked elastomer that has been extensively studied for use as a scaffolding biomaterial in tissue engineering applications and regenerative medicine (Bettinger 2011).

Various elastomeric polymers such as poly(dimethylsiloxane) [PDMS] were used for this purpose [9 11].

Between thermoplastic and elastomeric polymers, Table 8 provides a comparison of both materials, as discussed earlier.

Given that elastic stretchability is a major mechanical property of living tissue, including collagens of different bone types, elastomeric polymers that can provide sustainable elasticity and structural integrity are thought to be mechanically more advantageous than thermoplastic (non-elastomeric) polymers.

Hence, suitable elastomeric polymers with faster degradation kinetics that matches the healing profile of bone tissue remain to be explored.

In particular, citrate-based biodegradable elastomeric polymers (CABEs) have gained significant attention in recent years.

This was the starting of, the science and engineering of "high strain rate elastomeric polymers".

In this work, predictive models for the solubility of gases in elastomeric polymers are evaluated.

Bitumen modification has been commonly performed by addition of thermoplastic or elastomeric polymers.

In this regard, electrically conductive rubber (ECR), which is a composite of CNTs and elastomeric polymers, is prepared and used for a wearable mechanical sensor [47].

Meanwhile degradable elastomeric polymers have gained increasing attentions in the field of tissue engineering, mainly because of the inherent structural elasticity of biological tissues.